45nm summary foils

Information under embargo until 27 August 2007, 8:00 AM US Eastern time, 5:00 AM Pacific time

New Intel 45nm Processors

Reinvented transistors and new products

November, 2007


Today’s News

Reinvented transistors, biggest advance in transistor design in 40 years– Up to 820 million transistors on a single processor

– Revolutionary Hafnium-based high-k metal gate technology

16 new server, high-end desktop processors– Introduction of SSE4 instructions

New platforms to meet diverse needs in server market– Investment protection on mainstream volume platform + 3 new platforms

announced today

Manufacturing now on 45-nm process– Higher performance and more energy efficient servers, desktops and

laptops– Foundation for new growth opportunities next year (CE, ultra mobile, low-

cost computers)

Lead-free products today; Halogen-free in 2008


Intel foreseesend of SiO2 scaling

High-k transistor research initiated

The Road to 45 nm HK + MG

Nov. 2003HK+MG Transistors

Mid-1990sResearch Starts

Jan. 2006153 Mb SRAM

Jan. 2007Penryn 1st Silicon

Nov. 2007Penryn Launch


High-k + Metal Gate Transistors

65 nm Transistor 45 nm HK + MG

Improved Transistor Density ~2xImproved Transistor Switching Speed >20%

Reduced Transistor Switching Power ~30%

Enables New Features, Higher Performance, Enables New Features, Higher Performance, Greater Energy EfficiencyGreater Energy Efficiency


45 nm Manufacturing Fabs

D1D Oregon - Now Fab 32 Arizona - Now

Fab 11X New Mexico - 2008Fab 28 Israel - 2008


45nm Next Generation Intel® Core™ 2 and Xeon® Family processors (Penryn)

Built Upon Enhanced Intel Core Microarchitecture

Greater Performance at Given Frequency AND Higher

Frequencies

Introduces New SSE4 Instructions For

Media/Gaming/Graphics

New Levels of Energy Efficiency

Larger Caches, Faster Buses

Growing Performance and Energy EfficiencyGrowing Performance and Energy Efficiency


Intel® Penryn Family

MobileMobileDesktopDesktopServerServer

45nm Products Ship in All Segments by 45nm Products Ship in All Segments by ‘‘0808All products, dates, and figures specified are preliminary basedAll products, dates, and figures specified are preliminary based on current expectations, and are subject to change without notion current expectations, and are subject to change without notice.ce.

Intel CoreIntel Core

2 Extreme 2 Extreme ProcessorProcessor•• Available: 1QAvailable: 1Q’’0808

Intel Core 2 Duo Intel Core 2 Duo Processors Processors •• Available: 1QAvailable: 1Q’’0808

11

= Intel= Intel®®

CoreCore™™2 Extreme 2 Extreme Processor QX9650Processor QX9650•• Available: 12 Nov Available: 12 Nov ‘‘0707

Intel Core 2 Quad ProcessorsIntel Core 2 Quad Processors•• Available 1QAvailable 1Q‘‘0808

Intel Core 2 Duo ProcessorsIntel Core 2 Duo Processors•• Available: 1QAvailable: 1Q‘‘0808

1212

= = quadquad--core Intelcore Intel®®

XeonXeon®®

5400 series5400 series•• Available: 12 Nov Available: 12 Nov ‘‘0707

3 3 ==

dualdual--core Intel core Intel Xeon 5200 seriesXeon 5200 series•• Available: Dec Available: Dec ’’0707

DunningtonDunnington•• Available: 2HAvailable: 2H’’0808


Summary

Intel is launching a new lineup of desktop and server processors–Three new platforms meet the increasingly

diverse needs of the server market

Hafnium-based High-K Metal Gate transistors represent the important breakthrough in transistor design in 40 yearsIntel executing, and delivering on performance and energy efficiencyLead-free now, Halogen-free next year


Backup


Penryn Family: Not Just A Shrink and New Transistors

Added new design features too:– Intel® Streaming SIMD Extensions 4 – Forty-seven new

instructions, many perfect for HD video, photos, and HPC

– Enhanced Intel® Virtualization Technology - Virtual machine transition (entry/exit) times are improved by an average of 25 to 75 percent without changes to software

– Fast Division of Numbers – A new fast divider roughly doubles the speed over previous generations for computations used in nearly all applications through a new divide technique called Radix 16.

– Unique Super Shuffle Engine - By implementing a wider 128-bit shuffle unit, performance significantly improves for SSE-related instructions such as content creation, imaging, video and HPC.

– Sneak Peak: Deep Power Down Technology - For Energy Savings and improved battery life, coming with our mobile processors early next year.


Innovation Engine2

YEA

RS

2 Y

EA

RS

45nm

32nm

Shrink/DerivativeWestmere

New Microarchitecture Sandy Bridge

65nm

2 Y

EA

RS

Shrink/DerivativePresler · Yonah · Dempsey

New Microarchitecture Intel® Core™ Microarchitecture

Shrink/Derivative Penryn Family

New Microarchitecture Nehalem


45nm Hi-k Processor Advantage

820m Transistors820m Transistors12 MB Cache12 MB Cache

*Source: Intel*Source: IntelNote: die picture sizes are approximateNote: die picture sizes are approximate

107 mm107 mm22**143 mm143 mm22**

582m Transistors582m Transistors8 MB Cache8 MB Cache

143 mm143 mm22**

QuadQuad--core Intelcore Intel®®

XeonXeon®®

5300 5300 Processor (Clovertown)Processor (Clovertown)

65nm65nm

QuadQuad--core Intelcore Intel®®

XeonXeon®®

5400 5400 Processor (Harpertown)Processor (Harpertown)

45nm Hi45nm Hi--kk

107 mm107 mm22**

45nm summary foils

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